|
Trijicon together with Docter Optics has developed the lightest Red Dot
sights on the market for quick target acquisition. Unit is designed for
mounting atop the Trijicon ACOG (Advanced Combat Optical Gunsight). The
sight features an innovative LED (light emitting diode) insert to sense the
targets light level and control the light output of the LED.
This technology ensures optimum visibility
of the red dot against the target. Power to the unit is provided by a
long-life lithium battery. Accuracy is enhanced with adjustments for windage
and elevation. And, performance is assured with a stronger-than-aluminum,
polymer alloy body. Tough, yet smaller and lighter than any alternative, the
Trijicon RedDot.
Sight is suitable for all military and law
enforcement applications.
This versatile sight can be mounted for
many different applications. Mount the Trijicon / Docter Optics RedDot alone
or in tandem with a 4x32, 3.5x35 or 5.5 x 50 Model ACOG.
Please visit our rings and mounts section for available mounting solutions.
The DOCTER Sight is a red-dot reflex sight that easily
mounts in tandem with the Trijicon ACOG Scopes. The
compact tubeless design allows for a low weight without sacrificing
performance.
The DOCTER Sight offers a large field of view due to its
low magnification and is firmly factory-adjusted parallax-free to 40
yards. This adjustment ensures that parallax-related aiming errors
are minimized over a large distance range.
The optics consists of two firmly connected glass lenses. The
functionally important coating reflecting the aiming dot is applied
to one of the inside surfaces which provides maximum protection
against scratches. Additionally, the outer surfaces of the lenses
are antireflection coated with resistant layers.
All components and mounting elements exposed to mechanical stress
are made of high-grade materials, such as stainless steel and hard-
anodized aluminum alloys.
DOCTER Sight is water-resistant, but not waterproof.
The DOCTER Sight remains usable even if it is exposed to
moisture. The electronic and mechanical components are so designed
that they can be exposed to water.
|